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2024

Analysis of working principle of fusion damper

Fusion damper is a damping device commonly used in engineering structures, and its working principle is based on the principles of fluid dynamics and precision machinery. When the structure is stressed, the fusion damper can effectively absorb and disperse energy, reduce vibration and improve the stability of the structure.
Fusion dampers typically consist of an outer shell, an internal damping liquid, and blades. When the structure moves or vibrates, the damping liquid will interact with the blades, and friction resistance will be generated under the action of the blades, thereby converting the vibration energy into heat energy and consuming it.
Compared with the traditional damper, the fusion damper has the advantages of small size, light weight and good damping effect. It is widely used in buildings, bridges, wind turbines and other engineering fields, which provides strong support for the safety and stability of engineering structures.
In short, the fusion damper provides an important guarantee for the shock absorption and stability of engineering structures through its unique working principle, and provides reliable support for the safe operation and long-term development of various engineering projects.

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Analysis of working principle of fusion damper

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